CY8643 ITO Coated Glass Substrate 100 Ohm/Sq 50x50x0.7 mm

ITO Coated Glass Substrate 100 Ohm/Sq 50x50x0.7 mm Description

This ITO Coated Glass Substrate offers a precise balance of transparency and conductivity, making it a suitable choice for a wide range of electronic and optical applications. Manufactured with an Indium Tin Oxide (ITO) film at 100 Ohm/sq, the 50×50 mm substrate delivers uniform surface resistivity and stable electrical performance. The 0.7 mm thick glass ensures excellent rigidity and durability, while maintaining high optical clarity to support reliable signal transmission.

Produced to stringent quality standards, this substrate undergoes careful inspections to guarantee consistent coating thickness and adhesion. Its reliable surface uniformity is ideal for advanced research and development projects, prototyping interactive displays, and constructing functional sensors. Whether you are exploring thin-film electronics or building advanced devices, our ITO Coated Glass Substrate provides the dependable performance and precision required for exceptional results.

ITO Coated Glass Substrate 100 Ohm/Sq 50x50x0.7 mm Applications

Explore the versatile world of ITO Coated Glass Substrate (100 Ohm/Sq, 50x50x

0.7 mm), a material valued for its precise conductivity, optical clarity, and strong structure. Its unique properties enable advanced electronic interfaces, sensor systems, and display technologies. Ideal for numerous civilian sectors, this substrate unlocks innovations in electronics, healthcare, and research, where performance and accuracy are essential.

1. Electronics and Semiconductor Applications

·         Touchscreen interfaces for consumer devices, ensuring reliable conductivity and superior visibility

·         Transparent conductive layers in sensors and thin-film circuits for efficient signal detection

2. Medical and Healthcare Applications

·         Biosensor platforms, offering stable electrical performance for accurate diagnostics

·         High-resolution imaging components in medical scanning equipment, enhancing data clarity and patient outcomes

3. Research and Scientific Instruments

·         Optical measurement setups in laboratory instruments, preserving clarity while maintaining uniform conductivity

·         Experimental prototypes for advanced display and sensor technologies, enabling precise control in academic and industrial research and development settings

ITO Coated Glass Substrate 100 Ohm/Sq 50x50x0.7 mm Packaging

Each ITO Coated Glass Substrate (100 Ω/sq, 50×50×0.7 mm) is individually wrapped in static-shielding packaging to prevent damage and contamination. Surfaces are separated by protective layers, reducing friction and scratches. Store in a clean, humidity-controlled environment, avoiding direct sunlight or extreme temperatures. Handling with gloves and limiting particle exposure is advised. Custom packaging solutions, including special sizes and layering options, are available upon request.

Packaging: Vacuum sealed, Wooden Box, or Customised.

ITO Coated Glass Substrate 100 Ohm/Sq 50x50x0.7 mm FAQs

Q1: What are the key material properties of ITO Coated Glass Substrate 100 Ohm/Sq 50x50x0.7 mm?

A1: ITO (Indium Tin Oxide) coated glass substrate at 100 Ohms/sq is valued for its stable conductivity and high optical transparency, typically exceeding 85% in the visible range. The 0.7 mm thickness provides strong structural integrity, while the 50x50 mm size is optimal for devices requiring uniform coating. Its low sheet resistance of 100 Ohms/sq ensures consistent performance across a wide range of electronic and optoelectronic applications.

Q2: How should this product be handled and stored?

A2: These substrates require careful handling to prevent damage to the conductive coating and the fragile glass surface. When transporting or manipulating them, always wear gloves to avoid introducing contaminants, and handle only by the edges. Store them in clean, low-humidity environments, individually separated by lint-free materials. Avoid direct contact with liquids or harsh chemicals that may etch the coating.

Q3: Which quality standards and certifications apply to ITO Coated Glass Substrate 100 Ohm/Sq 50x50x0.7 mm?

A3: Most manufacturers ensure that their ITO-coated glass meets or exceeds industry guidelines, such as ISO 9001 for quality management systems and ISO 14001 for environmental management. Additionally, RoHS (Restriction of Hazardous Substances) compliance is common, ensuring the substrate’s composition is free of harmful substances like lead and cadmium. Compliance with these standards guarantees consistent performance, traceability, and minimal environmental impact, supporting diverse research and commercial applications.

Related Information

1. Manufacturing Process

These ITO Coated Glass Substrates, measuring 50x50 mm with a thickness of 0.7 mm, undergo a vacuum-based sputtering procedure that ensures a precise layer of indium tin oxide is deposited on the glass surface. During this process, manufacturers closely monitor the substrate’s temperature and pressure conditions, enabling an even distribution of ITO particles and achieving the target surface resistivity of 100 ohms per square. This controlled environment also helps maintain the substrate’s optical clarity and transparency, which are crucial for advanced electronic display panels.

Upon completion of the sputtering stage, the substrates are heated to specific annealing temperatures that further stabilise the ITO layer and enhance its electrical conductivity. Once cooled, each piece undergoes a meticulously timed cleaning process to remove any residual contaminants arising from the coating steps. This combination of sputtering, annealing, and cleaning optimises the balance between conductivity and transparency, making these 50x50x0.7 mm substrates suitable for high-precision instrumentation and interactive touch interfaces.

2. Research and Development

Modern research and development initiatives focus on refining the ITO surface properties to accommodate emerging display technologies and flexible electronics. By experimenting with innovative deposition techniques and fine-tuned thickness variations, researchers aim to improve the conductivity uniformity of the 100 ohms per square ITO layer across the entire 50x50 mm surface area. Such advancements are also directed at enhancing durability under diverse environmental conditions, ensuring that the substrates can maintain their performance over extended product lifespans.

Notably, organisations are investing in experimental sputtering materials to further reduce reflection and boost light transmission through the 0.7 mm glass substrate. By integrating analytical tools like spectroscopic ellipsometry, research and development teams are able to determine how minute modifications in the ITO composition affect the optical and electrical characteristics of each substrate. These pioneering efforts underscore the commitment to pushing boundaries in transparent conductive coatings, ultimately fostering display innovations for a range of high-tech industries.